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bug 1178988 - refactor key-specific parts of pycert.py into pykey.py r=Cykesiopka,mgoodwin
This commit is contained in:
David Keeler
parent
b2f6bbd517
commit
19ba26c5f5
@ -48,14 +48,14 @@ or as the subject public key information field, respectively.
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from pyasn1.codec.der import decoder
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from pyasn1.codec.der import encoder
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from pyasn1.type import constraint, namedtype, tag, univ, useful
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from pyasn1.type import constraint, tag, univ, useful
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from pyasn1_modules import rfc2459
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import base64
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import binascii
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import datetime
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import hashlib
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import sys
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import rsa
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import pykey
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class UnknownBaseError(Exception):
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"""Base class for handling unexpected input in this module."""
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@ -99,14 +99,6 @@ class UnknownKeyPurposeTypeError(UnknownBaseError):
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self.category = 'keyPurpose'
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class UnknownKeySpecificationError(UnknownBaseError):
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"""Helper exception type to handle unknown key specifications."""
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def __init__(self, value):
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UnknownBaseError.__init__(self, value)
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self.category = 'key specification'
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class UnknownKeyTargetError(UnknownBaseError):
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"""Helper exception type to handle unknown key targets."""
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@ -166,97 +158,10 @@ def datetimeToTime(dt):
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time.setComponentByName('generalTime', useful.GeneralizedTime(dt.strftime('%Y%m%d%H%M%SZ')))
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return time
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def byteStringToHexifiedBitString(string):
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"""Takes a string of bytes and returns a hex string representing
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those bytes for use with pyasn1.type.univ.BitString. It must be of
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the form "'<hex bytes>'H", where the trailing 'H' indicates to
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pyasn1 that the input is a hex string."""
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return "'%s'H" % binascii.hexlify(string)
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class RSAPublicKey(univ.Sequence):
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"""Helper type for encoding an RSA public key"""
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componentType = namedtype.NamedTypes(
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namedtype.NamedType('N', univ.Integer()),
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namedtype.NamedType('E', univ.Integer()))
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class Certificate:
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"""Utility class for reading a certificate specification and
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generating a signed x509 certificate"""
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# For reference, when encoded as a subject public key info, the
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# base64-encoded sha-256 hash of this key is
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# VCIlmPM9NkgFQtrs4Oa5TeFcDu6MWRTKSNdePEhOgD8=
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sharedRSA_N = long(
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'00ba8851a8448e16d641fd6eb6880636103d3c13d9eae4354ab4ecf56857'
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'6c247bc1c725a8e0d81fbdb19c069b6e1a86f26be2af5a756b6a6471087a'
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'a55aa74587f71cd5249c027ecd43fc1e69d038202993ab20c349e4dbb94c'
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'c26b6c0eed15820ff17ead691ab1d3023a8b2a41eea770e00f0d8dfd660b'
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'2bb02492a47db988617990b157903dd23bc5e0b8481fa837d38843ef2716'
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'd855b7665aaa7e02902f3a7b10800624cc1c6c97ad96615bb7e29612c075'
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'31a30c91ddb4caf7fcad1d25d309efb9170ea768e1b37b2f226f69e3b48a'
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'95611dee26d6259dab91084e36cb1c24042cbf168b2fe5f18f991731b8b3'
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'fe4923fa7251c431d503acda180a35ed8d', 16)
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sharedRSA_E = 65537L
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sharedRSA_D = long(
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'009ecbce3861a454ecb1e0fe8f85dd43c92f5825ce2e997884d0e1a949da'
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'a2c5ac559b240450e5ac9fe0c3e31c0eefa6525a65f0c22194004ee1ab46'
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'3dde9ee82287cc93e746a91929c5e6ac3d88753f6c25ba5979e73e5d8fb2'
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'39111a3cdab8a4b0cdf5f9cab05f1233a38335c64b5560525e7e3b92ad7c'
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'7504cf1dc7cb005788afcbe1e8f95df7402a151530d5808346864eb370aa'
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'79956a587862cb533791307f70d91c96d22d001a69009b923c683388c9f3'
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'6cb9b5ebe64302041c78d908206b87009cb8cabacad3dbdb2792fb911b2c'
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'f4db6603585be9ae0ca3b8e6417aa04b06e470ea1a3b581ca03a6781c931'
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'5b62b30e6011f224725946eec57c6d9441', 16)
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sharedRSA_P = long(
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'00dd6e1d4fffebf68d889c4d114cdaaa9caa63a59374286c8a5c29a717bb'
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'a60375644d5caa674c4b8bc7326358646220e4550d7608ac27d55b6db74f'
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'8d8127ef8fa09098b69147de065573447e183d22fe7d885aceb513d9581d'
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'd5e07c1a90f5ce0879de131371ecefc9ce72e9c43dc127d238190de81177'
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'3ca5d19301f48c742b', 16)
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sharedRSA_Q = long(
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'00d7a773d9ebc380a767d2fec0934ad4e8b5667240771acdebb5ad796f47'
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'8fec4d45985efbc9532968289c8d89102fadf21f34e2dd4940eba8c09d6d'
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'1f16dcc29729774c43275e9251ddbe4909e1fd3bf1e4bedf46a39b8b3833'
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'28ef4ae3b95b92f2070af26c9e7c5c9b587fedde05e8e7d86ca57886fb16'
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'5810a77b9845bc3127', 16)
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# For reference, when encoded as a subject public key info, the
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# base64-encoded sha-256 hash of this key is
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# K+uamI+1JmrxMsBxEfGOoydEDJVMa5MY/eaTj+43Lzc=
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alternateRSA_N = long(
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'00cd6e66a71b9a104c7c5f270b5869da966a52e547f8a026eef128c4d51f'
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'a7d949b1df8a1e342c59cbad0fb6ef867427bd9e76f2e9bf0b582745c646'
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'4446db7bdd4d0f2f361da724ff206d070b3d75ad87d690fa307dcccc2ad1'
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'4283921f9621f2a564e7e9f708a98556194df12fb4b0a2f0b89f76ac7e59'
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'668285aa50f14f310b6ebd8f001d0c115393bd27f3334f67780abfe0b19e'
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'5ac3414c5b4a3819fbed39198050e1c660e44cacaf108cbe1671d5a14602'
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'6090f371b2873d419eeb6de982fb493c3d4d33fb8a12bd65f1c59a3494dd'
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'd7e1131aa45e896d817bbb28e6fd4c2323ed17a26dc8e4e49281decc641e'
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'f7b7acfe65e7c0e5212fb2a9d472902c35', 16)
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alternateRSA_E = 65537L
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alternateRSA_D = long(
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'6ae6e0946550aeda9e7e059b69ceebe90a3b490542e4545e53309bfd2c13'
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'f486dd012ea6b90fbb4aba2c4b4e29f1981c9cb1d986b9dbf56bba6b8b75'
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'4c4a3b12d65ee87a88c3ca04d9a2e2df7e84166171cecfe31c13cecb194a'
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'3b9d76c271b80b498f45b93fd0b78a2e70d8e9b26598e51bae1fdb7384a2'
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'4b99b31f9bf351d9692c00d6f05c30424be4b4de55331ac77532c3fdaf74'
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'95dbf7aef601b517ed227d0efa3de443d56d8b29e556f6be938eabf4c0e4'
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'2e2fe38bec60cba5b5ff9192b68620ee4b629b9d0b64b9a8810809813b0b'
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'04e485d97fdad2961c0982a589863643974e3900dd8a75112a0fffc59f4b'
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'24c31307901dd04a848b02db32f61a01', 16)
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alternateRSA_P = long(
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'00feeacc987c0494cb5e9550eefb9dc56f9d957022a11539dae04c6361ab'
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'd5081dce2a6aec0905450886f5bb7e56e8bd2bef37cfa16fbda5ffc268ca'
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'e0499017552c37fa4a041341d67d4d69d093d8950f50672fb085b636560e'
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'2446689474b29be7abeba358ab7bc4cde3fd065d46f762adeb5c4b54ccca'
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'651a14b498311615b1', 16)
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alternateRSA_Q = long(
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'00ce4dca3fdda86b8c800c268082446633c8aaf0f20c729878092198585b'
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'd2ed134a7bdb2c93f829f99e6e9070db6598b3113627fd87bf6bc46cb2e5'
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'121777cbea9c41e74c9c2c248931dbccb5ae8a1dccfad284784cc35b8329'
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'abc420ce95640085dbf325fa7f6a2a567d487c1ef67d07a56c6beade9404'
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'd039ba01adf328ebc5', 16)
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def __init__(self, paramStream, now=datetime.datetime.utcnow()):
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self.versionValue = 2 # a value of 2 is X509v3
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self.signature = 'sha256WithRSAEncryption'
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@ -267,13 +172,8 @@ class Certificate:
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self.subject = 'Default Subject'
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self.signatureAlgorithm = 'sha256WithRSAEncryption'
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self.extensions = None
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self.subjectRSA_N = self.sharedRSA_N
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self.subjectRSA_E = self.sharedRSA_E
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self.issuerRSA_N = self.sharedRSA_N
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self.issuerRSA_E = self.sharedRSA_E
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self.issuerRSA_D = self.sharedRSA_D
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self.issuerRSA_P = self.sharedRSA_P
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self.issuerRSA_Q = self.sharedRSA_Q
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self.subjectKey = pykey.RSAKey()
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self.issuerKey = pykey.RSAKey()
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self.decodeParams(paramStream)
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self.serialNumber = self.generateSerialNumber()
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@ -351,20 +251,12 @@ class Certificate:
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raise UnknownExtensionTypeError(extensionType)
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def setupKey(self, subjectOrIssuer, value):
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if value == 'alternate':
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if subjectOrIssuer == 'subject':
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self.subjectRSA_N = self.alternateRSA_N
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self.subjectRSA_E = self.alternateRSA_E
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elif subjectOrIssuer == 'issuer':
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self.issuerRSA_N = self.alternateRSA_N
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self.issuerRSA_E = self.alternateRSA_E
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self.issuerRSA_D = self.alternateRSA_D
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self.issuerRSA_P = self.alternateRSA_P
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self.issuerRSA_Q = self.alternateRSA_Q
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else:
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raise UnknownKeyTargetError(subjectOrIssuer)
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if subjectOrIssuer == 'subject':
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self.subjectKey = pykey.RSAKey(value)
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elif subjectOrIssuer == 'issuer':
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self.issuerKey = pykey.RSAKey(value)
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else:
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raise UnknownKeySpecificationError(value)
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raise UnknownKeyTargetError(subjectOrIssuer)
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def addExtension(self, extensionType, extensionValue):
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if not self.extensions:
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@ -460,21 +352,6 @@ class Certificate:
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def getSignatureAlgorithm(self):
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return stringToAlgorithmIdentifier(self.signature)
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def getSubjectPublicKey(self):
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rsaKey = RSAPublicKey()
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rsaKey.setComponentByName('N', univ.Integer(self.subjectRSA_N))
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rsaKey.setComponentByName('E', univ.Integer(self.subjectRSA_E))
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return univ.BitString(byteStringToHexifiedBitString(encoder.encode(rsaKey)))
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def getSubjectPublicKeyInfo(self):
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algorithmIdentifier = rfc2459.AlgorithmIdentifier()
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algorithmIdentifier.setComponentByName('algorithm', rfc2459.rsaEncryption)
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algorithmIdentifier.setComponentByName('parameters', univ.Null())
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spki = rfc2459.SubjectPublicKeyInfo()
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spki.setComponentByName('algorithm', algorithmIdentifier)
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spki.setComponentByName('subjectPublicKey', self.getSubjectPublicKey())
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return spki
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def toDER(self):
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tbsCertificate = rfc2459.TBSCertificate()
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tbsCertificate.setComponentByName('version', self.getVersion())
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@ -483,7 +360,8 @@ class Certificate:
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tbsCertificate.setComponentByName('issuer', self.getIssuer())
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tbsCertificate.setComponentByName('validity', self.getValidity())
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tbsCertificate.setComponentByName('subject', self.getSubject())
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tbsCertificate.setComponentByName('subjectPublicKeyInfo', self.getSubjectPublicKeyInfo())
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tbsCertificate.setComponentByName('subjectPublicKeyInfo',
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self.subjectKey.asSubjectPublicKeyInfo())
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if self.extensions:
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extensions = rfc2459.Extensions().subtype(
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explicitTag=tag.Tag(tag.tagClassContext, tag.tagFormatSimple, 3))
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@ -492,14 +370,11 @@ class Certificate:
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extensions.setComponentByPosition(count, extension)
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count += 1
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tbsCertificate.setComponentByName('extensions', extensions)
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tbsDER = encoder.encode(tbsCertificate)
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rsaPrivateKey = rsa.PrivateKey(self.issuerRSA_N, self.issuerRSA_E, self.issuerRSA_D,
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self.issuerRSA_P, self.issuerRSA_Q)
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signature = rsa.sign(tbsDER, rsaPrivateKey, 'SHA-256')
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certificate = rfc2459.Certificate()
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certificate.setComponentByName('tbsCertificate', tbsCertificate)
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certificate.setComponentByName('signatureAlgorithm', self.getSignatureAlgorithm())
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certificate.setComponentByName('signatureValue', byteStringToHexifiedBitString(signature))
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tbsDER = encoder.encode(tbsCertificate)
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certificate.setComponentByName('signatureValue', self.issuerKey.sign(tbsDER))
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return encoder.encode(certificate)
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def toPEM(self):
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210
security/manager/ssl/tests/unit/pykey.py
Executable file
210
security/manager/ssl/tests/unit/pykey.py
Executable file
@ -0,0 +1,210 @@
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#!/usr/bin/env python
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#
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# This Source Code Form is subject to the terms of the Mozilla Public
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# License, v. 2.0. If a copy of the MPL was not distributed with this
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# file, You can obtain one at http://mozilla.org/MPL/2.0/.
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"""
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Provides methods for signing data and representing a key as a
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subject public key info for use with pyasn1.
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The key specification format is currently very simple. If it is
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empty, one RSA key is used. If it consists of the string
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'alternate', a different RSA key is used. In the future it will
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be possible to specify other properties of the key (type,
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strength, signature algorithm, etc.).
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"""
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from pyasn1.codec.der import encoder
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from pyasn1.type import univ, namedtype
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from pyasn1_modules import rfc2459
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import binascii
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import rsa
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def byteStringToHexifiedBitString(string):
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"""Takes a string of bytes and returns a hex string representing
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those bytes for use with pyasn1.type.univ.BitString. It must be of
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the form "'<hex bytes>'H", where the trailing 'H' indicates to
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pyasn1 that the input is a hex string."""
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return "'%s'H" % binascii.hexlify(string)
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class UnknownBaseError(Exception):
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"""Base class for handling unexpected input in this module."""
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def __init__(self, value):
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self.value = value
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self.category = 'input'
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def __str__(self):
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return 'Unknown %s type "%s"' % (self.category, repr(self.value))
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class UnknownKeySpecificationError(UnknownBaseError):
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"""Helper exception type to handle unknown key specifications."""
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def __init__(self, value):
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UnknownBaseError.__init__(self, value)
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self.category = 'key specification'
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class RSAPublicKey(univ.Sequence):
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"""Helper type for encoding an RSA public key"""
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componentType = namedtype.NamedTypes(
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namedtype.NamedType('N', univ.Integer()),
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namedtype.NamedType('E', univ.Integer()))
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class RSAKey:
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# For reference, when encoded as a subject public key info, the
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# base64-encoded sha-256 hash of this key is
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# VCIlmPM9NkgFQtrs4Oa5TeFcDu6MWRTKSNdePEhOgD8=
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sharedRSA_N = long(
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'00ba8851a8448e16d641fd6eb6880636103d3c13d9eae4354ab4ecf56857'
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'6c247bc1c725a8e0d81fbdb19c069b6e1a86f26be2af5a756b6a6471087a'
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'a55aa74587f71cd5249c027ecd43fc1e69d038202993ab20c349e4dbb94c'
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'c26b6c0eed15820ff17ead691ab1d3023a8b2a41eea770e00f0d8dfd660b'
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'2bb02492a47db988617990b157903dd23bc5e0b8481fa837d38843ef2716'
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'd855b7665aaa7e02902f3a7b10800624cc1c6c97ad96615bb7e29612c075'
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'31a30c91ddb4caf7fcad1d25d309efb9170ea768e1b37b2f226f69e3b48a'
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'95611dee26d6259dab91084e36cb1c24042cbf168b2fe5f18f991731b8b3'
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'fe4923fa7251c431d503acda180a35ed8d', 16)
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sharedRSA_E = 65537L
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sharedRSA_D = long(
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'009ecbce3861a454ecb1e0fe8f85dd43c92f5825ce2e997884d0e1a949da'
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'a2c5ac559b240450e5ac9fe0c3e31c0eefa6525a65f0c22194004ee1ab46'
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'3dde9ee82287cc93e746a91929c5e6ac3d88753f6c25ba5979e73e5d8fb2'
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'39111a3cdab8a4b0cdf5f9cab05f1233a38335c64b5560525e7e3b92ad7c'
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'7504cf1dc7cb005788afcbe1e8f95df7402a151530d5808346864eb370aa'
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'79956a587862cb533791307f70d91c96d22d001a69009b923c683388c9f3'
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'6cb9b5ebe64302041c78d908206b87009cb8cabacad3dbdb2792fb911b2c'
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'f4db6603585be9ae0ca3b8e6417aa04b06e470ea1a3b581ca03a6781c931'
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'5b62b30e6011f224725946eec57c6d9441', 16)
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sharedRSA_P = long(
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'00dd6e1d4fffebf68d889c4d114cdaaa9caa63a59374286c8a5c29a717bb'
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'a60375644d5caa674c4b8bc7326358646220e4550d7608ac27d55b6db74f'
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'8d8127ef8fa09098b69147de065573447e183d22fe7d885aceb513d9581d'
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'd5e07c1a90f5ce0879de131371ecefc9ce72e9c43dc127d238190de81177'
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'3ca5d19301f48c742b', 16)
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sharedRSA_Q = long(
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'00d7a773d9ebc380a767d2fec0934ad4e8b5667240771acdebb5ad796f47'
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'8fec4d45985efbc9532968289c8d89102fadf21f34e2dd4940eba8c09d6d'
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'1f16dcc29729774c43275e9251ddbe4909e1fd3bf1e4bedf46a39b8b3833'
|
||||
'28ef4ae3b95b92f2070af26c9e7c5c9b587fedde05e8e7d86ca57886fb16'
|
||||
'5810a77b9845bc3127', 16)
|
||||
sharedRSA_exp1 = long(
|
||||
'0096472b41a610c0ade1af2266c1600e3671355ba42d4b5a0eb4e9d7eb35'
|
||||
'81400ba5dd132cdb1a5e9328c7bbc0bbb0155ea192972edf97d12751d8fc'
|
||||
'f6ae572a30b1ea309a8712dd4e33241db1ee455fc093f5bc9b592d756e66'
|
||||
'21474f32c07af22fb275d340792b32ba2590bbb261aefb95a258eea53765'
|
||||
'5315be9c24d191992d', 16)
|
||||
sharedRSA_exp2 = long(
|
||||
'28b450a7a75a856413b2bda6f7a63e3d964fb9ecf50e3823ef6cc8e8fa26'
|
||||
'ee413f8b9d1205540f12bbe7a0c76828b7ba65ad83cca4d0fe2a220114e1'
|
||||
'b35d03d5a85bfe2706bd50fce6cfcdd571b46ca621b8ed47d605bbe765b0'
|
||||
'aa4a0665ac25364da20154032e1204b8559d3e34fb5b177c9a56ff93510a'
|
||||
'5a4a6287c151de2d', 16)
|
||||
sharedRSA_coef = long(
|
||||
'28067b9355801d2ef52dfa96d8adb589673cf8ee8a9c6ff72aeeabe9ef6b'
|
||||
'e58a4f4abf05f788947dc851fdaa34542147a71a246bfb054ee76aa346ab'
|
||||
'cd2692cfc9e44c51e6f069c735e073ba019f6a7214961c91b26871caeabf'
|
||||
'8f064418a02690e39a8d5ff3067b7cdb7f50b1f53418a703966c4fc774bf'
|
||||
'7402af6c43247f43', 16)
|
||||
|
||||
# For reference, when encoded as a subject public key info, the
|
||||
# base64-encoded sha-256 hash of this key is
|
||||
# MQj2tt1yGAfwFpWETYUCVrZxk2CD2705NKBQUlAaKJI=
|
||||
alternateRSA_N = long(
|
||||
'00c175c65266099f77082a6791f1b876c37f5ce538b06c4acd22b1cbd46f'
|
||||
'a65ada2add41c8c2498ac4a3b3c1f61487f41b698941bd80a51c3c120244'
|
||||
'c584a4c4483305e5138c0106cf08be9a862760bae6a2e8f36f23c5d98313'
|
||||
'b9dfaf378345dace51d4d6dcd2a6cb3cc706ebcd3070ec98cce40aa591d7'
|
||||
'295a7f71c5be66691d2b2dfec84944590bc5a3ea49fd93b1d753405f1773'
|
||||
'7699958666254797ed426908880811422069988a43fee48ce68781dd22b6'
|
||||
'a69cd28375131f932b128ce286fa7d251c062ad27ef016f187cdd54e832b'
|
||||
'35b8930f74ba90aa8bc76167242ab1fd6d62140d18c4c0b8c68fc3748457'
|
||||
'324ad7de86e6552f1d1e191d712168d3bb', 16)
|
||||
alternateRSA_E = 65537L
|
||||
alternateRSA_D = long(
|
||||
'7e3f6d7cb839ef66ae5d7dd92ff5410bb341dc14728d39034570e1a37079'
|
||||
'0f30f0681355fff41e2ad4e9a9d9fcebfbd127bdfab8c00affb1f3cea732'
|
||||
'7ead47aa1621f2ac1ee14ca02f04b3b2786017980b181a449d03b03e69d1'
|
||||
'12b83571e55434f012056575d2832ed6731dce799e37c83f6d51c55ab71e'
|
||||
'b58015af05e1af15c747603ef7f27d03a6ff049d96bbf854c1e4e50ef5b0'
|
||||
'58d0fb08180e0ac7f7be8f2ff1673d97fc9e55dba838077bbf8a7cff2962'
|
||||
'857785269cd9d5bad2b57469e4afcd33c4ca2d2f699f11e7c8fbdcd484f0'
|
||||
'8d8efb8a3cb8a972eb24bed972efaae4bb712093e48fe94a46eb629a8750'
|
||||
'78c4021a9a2c93c9a70390e9d0a54401', 16)
|
||||
alternateRSA_P = long(
|
||||
'00e63fc725a6ba76925a7ff8cb59c4f56dd7ec83fe85bf1f53e11cac9a81'
|
||||
'258bcfc0ae819077b0f2d1477aaf868de6a8ecbeaf7bb22b196f2a9ad82d'
|
||||
'3286f0d0cc29de719e5f2be8e509b7284d5963edd362f927887a4c4a8979'
|
||||
'9d340d51b301ac7601ab27179024fcaadd38bf6522af63eb16461ec02a7f'
|
||||
'27b06fe09ddda7c0a1', 16)
|
||||
alternateRSA_Q = long(
|
||||
'00d718b1fe9f8f99f00e832ae1fbdc6fe2ab27f34e049c498010fa0eb708'
|
||||
'4852182346083b5c96c3eee5592c014a410c6b930b165c13b5c26aa32eac'
|
||||
'6e7c925a8551c25134f2f4a72c6421f19a73148a0edfaba5d3a6888b35cb'
|
||||
'a18c00fd38ee5aaf0b545731d720761bbccdee744a52ca415e98e4de01cd'
|
||||
'fe764c1967b3e8cadb', 16)
|
||||
alternateRSA_exp1 = long(
|
||||
'01e5aca266c94a88d22e13c2b92ea247116c657a076817bdfd30db4b3a9d'
|
||||
'3095b9a4b6749647e2f84e7a784fc7838b08c85971cf7a036fa30e3b91c3'
|
||||
'c4d0df278f80c1b6e859d8456adb137defaa9f1f0ac5bac9a9184fd4ea27'
|
||||
'9d722ea626f160d78aad7bc83845ccb29df115c83f61b7622b99bd439c60'
|
||||
'9b5790a63c595181', 16)
|
||||
alternateRSA_exp2 = long(
|
||||
'0080cc45d10d2484ee0d1297fc07bf80b3beff461ea27e1f38f371789c3a'
|
||||
'f66b4a0edd2192c227791db4f1c77ae246bf342f31856b0f56581b58a95b'
|
||||
'1131c0c5396db2a8c3c6f39ea2e336bc205ae6a2a0b36869fca98cbba733'
|
||||
'cf01319a6f9bb26b7ca23d3017fc551cd8da8afdd17f6fa2e30d34868798'
|
||||
'1cd6234d571e90b7df', 16)
|
||||
alternateRSA_coef = long(
|
||||
'6f77c0c1f2ae7ac169561cca499c52bdfbe04cddccdbdc12aec5a85691e8'
|
||||
'594b7ee29908f30e7b96aa6254b80ed4aeec9b993782bdfc79b69d8d58c6'
|
||||
'8870fa4be1bc0c3527288c5c82bb4aebaf15edff110403fc78e6ace6a828'
|
||||
'27bf42f0cfa751e507651c5638db9393dd23dd1f6b295151de44b77fe55a'
|
||||
'7b0df271e19a65c0', 16)
|
||||
|
||||
def __init__(self, specification = None):
|
||||
if not specification:
|
||||
self.RSA_N = self.sharedRSA_N
|
||||
self.RSA_E = self.sharedRSA_E
|
||||
self.RSA_D = self.sharedRSA_D
|
||||
self.RSA_P = self.sharedRSA_P
|
||||
self.RSA_Q = self.sharedRSA_Q
|
||||
self.RSA_exp1 = self.sharedRSA_exp1
|
||||
self.RSA_exp2 = self.sharedRSA_exp2
|
||||
self.RSA_coef = self.sharedRSA_coef
|
||||
elif specification == 'alternate':
|
||||
self.RSA_N = self.alternateRSA_N
|
||||
self.RSA_E = self.alternateRSA_E
|
||||
self.RSA_D = self.alternateRSA_D
|
||||
self.RSA_P = self.alternateRSA_P
|
||||
self.RSA_Q = self.alternateRSA_Q
|
||||
self.RSA_exp1 = self.alternateRSA_exp1
|
||||
self.RSA_exp2 = self.alternateRSA_exp2
|
||||
self.RSA_coef = self.alternateRSA_coef
|
||||
else:
|
||||
raise UnknownKeySpecificationError(specification)
|
||||
|
||||
def asSubjectPublicKeyInfo(self):
|
||||
"""Returns a subject public key info representing
|
||||
this key for use by pyasn1."""
|
||||
algorithmIdentifier = rfc2459.AlgorithmIdentifier()
|
||||
algorithmIdentifier.setComponentByName('algorithm', rfc2459.rsaEncryption)
|
||||
algorithmIdentifier.setComponentByName('parameters', univ.Null())
|
||||
spki = rfc2459.SubjectPublicKeyInfo()
|
||||
spki.setComponentByName('algorithm', algorithmIdentifier)
|
||||
rsaKey = RSAPublicKey()
|
||||
rsaKey.setComponentByName('N', univ.Integer(self.RSA_N))
|
||||
rsaKey.setComponentByName('E', univ.Integer(self.RSA_E))
|
||||
subjectPublicKey = univ.BitString(byteStringToHexifiedBitString(encoder.encode(rsaKey)))
|
||||
spki.setComponentByName('subjectPublicKey', subjectPublicKey)
|
||||
return spki
|
||||
|
||||
def sign(self, data):
|
||||
"""Returns a hexified bit string representing a
|
||||
signature by this key over the specified data.
|
||||
Intended for use with pyasn1.type.univ.BitString"""
|
||||
rsaPrivateKey = rsa.PrivateKey(self.RSA_N, self.RSA_E, self.RSA_D, self.RSA_P, self.RSA_Q)
|
||||
signature = rsa.sign(data, rsaPrivateKey, 'SHA-256')
|
||||
return byteStringToHexifiedBitString(signature)
|
||||
Loading…
Reference in New Issue
Block a user